Sleep architecture, circadian rhythms, recovery protocols, and the science of rest
164 articles
Lower hyoid bone position strongly correlates with worse sleep apnea, offering a new way to predict severity before symptoms worsen.
New research tracks amyloid-beta clearance in real-time, showing wakefulness drives protein accumulation more than sleep itself.
New research reveals cyclists who sleep more than 5.3 hours daily achieve better race rankings and maintain sharper cognitive function.
New brain imaging reveals chronic sleep restriction triggers unique adenosine receptor changes that persist even after recovery sleep.
15-year study reveals cardiac troponin I blood test combined with sleep apnea severity powerfully predicts cardiovascular events.
New research reveals how specific brain regions communicate to trigger REM sleep, offering insights into sleep disorders.
Advanced 5-second sleep monitoring uncovers previously hidden sleep disruption patterns that correlate with disease severity.
New research shows timing sleep sounds to heart rhythms alongside brainwaves dramatically boosts slow-wave sleep quality.
Spanish study reveals sleep health improved post-COVID but recovery varied by income level and sleep dimension studied.
New research reveals critical gaps in diagnosing and treating this debilitating sleep condition affecting millions worldwide.
New research shows involuntary eyelid spasms involve multiple brain networks, not just motor dysfunction, offering insights into treatment.
Researchers found that basic facial angle measurements and clinical signs can accurately identify sleep apnea in kids without expensive testing.
